CP000320R00KE66

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Through Hole Resistors are a popular form of electrical components and a part of many electronic devices, due to their robust nature and wide range of available sizes. This type of resistor is characterized by its size, resistance capabilities, resistance tolerance, and package dimensions. The CP000320R00KE66 is a typical Through Hole Resistor with power, current, and voltage ratings that are well-suited for many applications and operating environments.

The CP000320R00KE66 is a two-terminal, through-hole resistor. It is designed for either surface-mount or through-hole mounting. This resistor is made of an alloy-based resistive element with a ceramic core. It has an epoxy coating for protection. This model resistor is usually packaged in a 18-pin DIP package.

The CP000320R00KE66 has a rated power dissipation of 2 Watts. Its operating voltage rating is 350 Volts. It has a resistance range of 1 to 5 megohms and a temperature coefficient of resistance of 1000 ppm/℃. It has a resistance tolerance of 0.4%. It also has a low thermal resistance of 4.9 °C/W.

The CP000320R00KE66\'s operating range also includes a wide frequency range of up to 30 MHZ. Its maximum operating temperature is 150°C and the minimum operating temperature is -55°C. Its insulation resistance is greater than 1000 megohms at 25°C at 500 VDC.

The CP000320R00KE66\'s superior construction and component selection make it suitable for many applications. Its low RDC value benefits switching applications, making it ideal for use in power supply circuits. Its high insulation resistance makes it an excellent choice for the construction of USB ports and RS-232 serial ports. Its large temperature range makes it suitable for use in automotive as well as industrial control systems. Its wide frequency range and low dissipation make it ideal as a load resistor for data communications systems.

The working principle of a through-hole resistor is quite simple. A resistive element, usually made of a semiconductor material, is connected between two terminals. When a voltage is applied to the resistor, the resistance of the element reduces the current flowing through the resistor. This is due to the increase in diversity of the material, which reduces the free movement of the electrons. This change in current reduces the voltage at the two terminals of the resistor, resulting in a decrease in the power of the circuit.

The CP000320R00KE66 is a versatile and reliable through-hole resistor, capable of serving many applications in various industries. Its alloy-based resistive element and ceramic core construction ensure excellent heat dissipation and durability. Its high insulation resistance makes it an ideal component for data communications systems. Its wide operating range and high power dissipation ratings make it suitable for many industrial control applications. And its switching performance makes it an excellent choice for power supply systems.

The CP000320R00KE66 is a dependable and durable Through Hole Resistor, capable of performing in many challenging applications. Its power, performance, and reliability make it a natural choice for many professional engineers and designers, and its cost-effectiveness and ease of use make it a great choice for hobbyists and amateur electronics builders alike.

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